Coin-controlled machine for issuing folders



C. A. FRICK COIN-CONTROLLED MACHINE FOR ISSUING FOLDERS Filed Aug. 20, 1947 May 13, 1952 8 Sheets-Sheet l 39 I947 38PM 6154 May 13, 1952 c. A. FRICK 2,596,230

COINCONTROLLED MACHINE FOR ISSUING FOLDERS Filed Aug. 20, 1947 8 Sheets-Sheet 2 IQTTOENEI May 13, 1952 c. A. FRICK COINCONTROLLED MACHINE FOR ISSUING FOLDERS 8 Sheets-Sheet 5 Filed Aug. 20, 1947 1 [I 1 lll lll II 1 II M III! [III o :5 q i E 65 r INVENTOE 5y Mam HTTOENEV May 13, 1952 A FRICK 2,596,230

COIN-CONTROLLED MACHINE FOR ISSUING FOLDERS Filed Aug. 20, 1947 8 Sheets-Sheet 4 INVENTOE May 13, 1952 c. A. FRICK COIN-CONTROLLED MACHINE FOR ISSUING FOLDERS Filed Aug. 20, 1947 8 Sheets-Sheet 5 (M ffjik BY May 13, 1952 c. A. FRICK COIN-CONTROLLED MACHINE FOR ISSUING FOLDERS Filed Aug. 20, 1947 8 Sheets-Sheet 6 QTTO/GA/Ey May 13, 1952 c. A. FRICK COIN-CONTROLLED MACHINE FOR ISSUING FOLDERS 8 Sheets-Sheet 7 Filed Aug. 20, 1947 y 13, 1952 c. A. FRICK 2,596,230

COIN-CONTROLLED MACHINE FOR ISSUING FOLDERS Filed Aug. 20, 1947 '8 Sheets-Sheet 8 RTTOENE Patented May 13, 1952 OFFICE COIN-CONTROLLED MACHINE FOR ISSUING FOLDERS Chester A. Frick, Glendale, Calif., assignor to Leo M. Harvey, Los Angeles, Calif.

Application August 20, 1947, Serial No. 769,612

Claims. 1

This invention has to do with a coin controlled machine for issuing folders and receiving coupons therefrom, and it is a general object of the invention to provide a machine of this character which is simple, dependable and easily operated.

I am aware of the fact that coin controlled machines have been provided for handling or dispensing a wide variety of products or articles. However, the articles that I Wish to handle are not merely dispensed but rather are issued, to have distinguishing characteristics, and furthermore, it is required that the operator of the machine perform certain acts with the material received from the machine, preferably including the deposit in the machine of a coupon detached from the material received from the machine. In the particular example of an application of my invention that I have elected to set forth, the machine handles a folder having parts to be written upon or filled out by the operator following issue of the folder from the machine, and it includes a detachable coupon of a particular size to be deposited in the machine following issue, whereas the remainder of the folder is too large for such deposit. As each folder is issued it is desirable that it be marked with distinguishing characteristics or certain information, as for instance, the time of issue from the machine.

The machine of the present invention may, for example, be used to issue material necessary or incidental to the purchase of insurance, say for instance, accident insurance, in which case the folder issued by the machine may be an application for insurance, an applicationbeing procured by the operator upon deposit of a suitable coin and subsequent operation of the machine. Matter written on the coupon may serve as an identification or information such as may be desirable or required by law, and when the coupon is deposited in the machine the operator has completed the acts required of him and he has in his possession the remainder of the folder serving as a receipt. The machine that I provide dates the folder on the receipt portion and the coupon portion providing a necessary or desirable key marking of the coupon and receipt.

It is a general object of my present invention to provide a machine of the general character referred to, which is coin controlled and which serves to effectively and dependably dispense a folder or the like bearing the time of issue of the folder from the machine, the machine being fully operated by mere deposit of a suitable coin and subsequent actuation of a simple manual operating member, such as a lever.

ing device operable to eject folders from the machine as the machine is operated.

It is a further object of the invention to provide a simple, improved, dependable, marker and operating means therefor whereby the time of issue of each folder is stamped thereon in the course of the folder being issued from the machine.

Another object of the present invention is to provide a machine of the character referred to wherein the working parts and the magazine carrying a supply of folders are arranged and related in the case in a group, leaving a substantial space in the case for a receptacle to receive the coupons returned to the machine.

The various objects and features of my invention will be fully understood from the following detailed description of typical preferred forms and applications of the invention, throughout which description reference is made to the accompanying drawings, in which:

Fig. 1 is a perspective view showing a machine embodying the present invention taken. to illustrate the various openings provided in the case of the machine, and to show the writing platform provided by the case, and to show the lo cation of the operating lever. Figs. 2, 3 and 4 illustrate a folder such as may be handled by the machine, Fig. 2 being a perspective view of the folder showing the leaves thereof partially spread. Fig. 3 is a plan view of the large leaf of the folder which may serve as the receipt, showing it separated from the small leaf which serves as the coupon. Fig. 4 is a view similar to Fig. 3, showing the small leaf or coupon of the folder detached from the large leaf. Fig. 5 is an enlarged side elevation of the machine shown in Fig. 1, taken from the side appearing in Fig. l with parts broken away to show the general arrangement of essential elements within the case. Fig. 6 is an enlarged sectional view of the machine taken substantially as indicated by line 6-6 on Fig. 5. Fig. '7 is a detailed sectional View taken substantially as indicated by line 1-1 on Fig. 6 indicating the working parts in the normal or unactuated position and showing a coin deposited in the machine rendering the machine ready for operation. Fig. 8 is a detailed view taken substantially as indicated by line 8-8 on Fig. 6, showing the parts positioned as shown in Fig. '7. Fig. 9 is a plan view taken substantially as indicated by line 9-9 on Fig. '7. Fig. 10 is a reduced sectional view taken substantially as indicated by line Iii-l0 on Fig. 6. Fig. 11 is a sectional View taken as indicated by line lI--Il on Fig. 9. Fig. 12 is a sectional view taken substantially as indicated by line l 2-l2 on Fig. 9. Fig. 13 is a view of a portion of the mechanism shown in Figs. 7 and 8, showing the machine operated far enough to release the catch that is controlled by the coin. Fig. 14 is a view-similar,

generally, to Fig. 8 but showing the machine fully operated and illustrating parts not shown in Fig. 8 and not showing certain parts shown in Fig. 8. Fig. 15 is a perspective view showing a. section of folder stamped by the form of machine illustrated in Fig. 16 and 1'? of the drawings. Fig. 16. is 'a general sectional view of a modified form of machine taken in the same general direotion'as Fig. 8, and Fig. 17 is a sectiohal; view taken as indicated by line l'i--I'| on Fig. 16. I

The. machine that I have provided is intended, gen ra y, to handle printed matter or the like, for 1nstance. cards, leaflets, folders, or like objects, and it is more specifically intended to handle leaflets bearing detachable parts or coupens to be returned to the machine after being dispensed. The particular form of the invention folders Aleach of; which involves leaves Ill and I i joined together along a line of fold or hinge l2 and adapted to normally lie together or one a ainstgthe othf j, so that a plurality of such folders'rnay be arranged in the machine in a staclg; 5.; The particular folder handled by the present machine is such that the two leaves are leafs Inthe drawingsI haveillustrated a folder formedof a. rectangular sheet of material such as paper or cardboard; which sheet has a single bend or fold at,l2 forming a hinge, the bend or foldbeing located:to establish the leaves l0 and II so, that; they are elongate in form, the leaf 'Hl bei'riglsubstantially wider than the leaf ll whiehI will refer to as the coupon. The line of fold l2 occurring at one longitudinal edge of thecoupon maybeiperforated or. otherwise weakened sothatit will tear readily allowing the leaves llliand H to be torn apart when it is desired to deposit the coupon in the machine.

A'furtherfeature of the folder A as shown for us in the form of machine illustrated in Fig' s. 1-to 14 of the drawings, is the provision of r a body l3' of transferable material such as carbon or the like on the inner side of one of the leaves. In, the case illustrated the transferable material 13 is deposited on the inner side of leaf land is in theform of a strip or band extending transversely of the leaf, and is located lengthwise of the leaf to occurin register with the plate andplaten'of the" marker or printer hereinafter described so thatwhenthe printer makes an impression or imprintupon the outer side of the leaf. ID, a cop'y thereof is made upon the inner shown the drawings is intended to handle:

side of the coupon H through the transfer of the material l3.

The machine proper may, in practice, vary widely in form, size, capacity and intricacy. However, I prefer that it be a simple, compact device that will handle a reasonable number of folders A and coupons H and further I prefer that it be a machine suitable for mounting on counters, pedestals, or on other like supports such as are commonly available in public places.

The machine proper illustrated in Figs. 1 to 1 involves, generally, a case B carrying or housing the'various other elements hereinafter described, a frame C located in the case, a magazine D located in the case to carry a pack or supply or" folders A, feed means E for the folders carried in the magazine D, means F for ejecting folders from the magazine one at a time, operating means G for the various principal working parts of the machine, a drive H between the operating means G and the means F, a marker J operable to'print upon the folders as they are. dispensed from the machine, a drive K for the marker, a coin control mechanism L governing the operating means G, lock-outmeans Moperable to lock the machine out of operation when the supply of folders is exhausted from the magazine, and various other features and devices as will-be hereinafter described. I

The case B involves, generally, a base or bottom l4 and a hood l5. The base may be a simple horizontally disposed plate-like portion carrying the frame C and various other elements of the machine and it is preferably provided with a marginal flange or rest It on which the lower edge of the hood bears. The hood i5gisj'shjown as a downwardly facedbox-like shell and in accordance with my invention it involves, generally, a short vertical front ,I I, a high vertical back I 3, a stepped top having a forward lower step l9 2. rear high step 20 a'nda riser 2! extending between the steps and the sides 22, closingthe hood at its ends. It is a feature of my construction that the lower-or bottom step IQ of theiho'od be substantially flat-and free of'obstructionsand that it be of substantial. size in order-to form a writing surface convenient for a user of, the machine. In the courseof use-of theinachine a folder dispensed therefrom may be a form. such for example as an application form containing blanks to be filledin by the personv preeu'ring it from the machine, and the step IQ of the hood forms a convenient rest for the folder as itis being filled in- The rear, upstanding'portion of the hood houses parts of the inechanisfnand forms apart which. is conspicuous and. suitable for bearing notices, advertisements, or other like material. The hood I5 is shiftable relative to the base I4. In the preferred form of the invention it is entirely separable from the base and isv normally locked or secured thereto by. suitable key 7 controlled locks 23.

In accordance with'my invention the hood i5 is provided'with; several openings or' apertures, all of which are. related and located. in ainost convenient and advantageous manner. For example, a delivery opening 24 is provided in the front II, a returnor deposit opening 25 is provided in the top step 20, a coin receiving slot 26 is provided in theupper portion of the riser 2|, and a notch 21 is-provided in the lower edge of one side 22 to accommodate a part of; the coin control mechanism which part carries the. operatinglever of means G.

It is significant to note thatthe delivery v open.-

ing 24 is of substantial length or extent being wide enough to readily pass a folder as it is dispensed from the machine through the mechanism that I will describe, whereas the return or deposit mized since the return or deposit opening is obviously designed to receive only the coupon H and a person is not likely to attempt to deposit the wider leaf I0.

The frame C is carried by or attached to the base I4 to be supported thereby and to form a mounting or carriage for the various parts of the mechanism carried within the case. In accordance with my invention the frame involves but three main parts which are in the form of spaced parallel upstanding plates 30, 3| and 32. The plate 38 is of limited vertical extent, that is, it is a short plate fixed to the base l4 and projecting upwardly therefrom immediately inside of the side 22 of the hood |5 which is provided with the notch 21. The plates 3| and 32 are substantially identical plates secured to an upstanding flange 33 on the base |4 adjacent the rear wall I8 and they are grouped together in spaced relation at or close to the center of the case B or substantially midway between the sides 22 of the hood, leaving a substantial space remote from the notched side 22 to accommodate a coupon receptacle 34 as clearly illustrated in Fig. 6 of the drawings. In the particular form of the invention illustrated the forward edge portions of the plates 3| and 32 are fixed to a bulkhead 35 anchored to and projecting upward from the base l4. The plates 3| and 32 may be of substantially the same shape and each has a forwardly projecting portion a beneath the lower step IQ of the hood and an upwardly projecting rear portion b within the top portion of the hood as defined behind the riser 2|.

The magazine D is designed to carry a supply of folders A and it preferably carries the folders so that they are horizontally disposed or in stacked relation or in a vertically extending stack, as illustrated in Figs. 5 and 7 of the drawings. The magazine D is preferably located in the forward portion of the case B beneath the lower step IQ of the case and spaced rearward from the front I"! of the case so that the printer J is accommodated between the magazine and the front of the case.

The particular magazine D illustrated in the drawings involves suitable vertical parts which guide the supply of folders A in the desired stacked relation. In accordance with my construction I utilize the forward side or face 35 of bulkhead 35 as the rear wall of the magazine. The magazine also involves a front wall 31 which is vertically disposed and spaced a suitable distance forward from the wall face 36 and end walls 38 and 38. The end wall 38 is shown as a flange projecting from front wall 31 whereas wall 39 is shown extending between the front wall 31 and the bulkhead 35. I provide the magazine D with a bottom 40 which is preferably horizontally disposed and forms a rest that carries the pile or supply .8 of folders.

I provide the bottom 48 with a forward extension 4| which extends horizontally forward from the magazine or beyond the front wall 31 of the magazine to a point immediately inside the front of the case B. A suitable guard plate 42 is carried by the extension 4| so that it is spaced far enough above the folder carrying portion or extension 4| to form a passage 43 through which a folder may pass from the magazine to the front of the machine. The extension 4| and guard plate 42 are located so that the opening or passage 43 formed thereby registers with the delivery opening 24 in the front ll of the case. In practice I may provide the front of the case with a suitable frame plate 44 around the delivery aperture which plate may have a projecting lip or shelf to guide a folder as it issues from the machine. In the particular form of the invention illustrated the bottom and its extension 41 are supported in the proper horizontal position by a front leg 45 and intermediate leg 46.

The feed means E for the folders A carried in the magazine D is preferably a gravity actuated means involving primarily a weight 41 attached to a plate 48 which may substantially correspond in plan configuration with the folders. Since the folders are not simple cards but rather are doubled back to be of double thickness at parts they may not always stack truly or uniformly and there may be a tendency for the stack to be thicker at the hinged edge than at the other edge. In order that the means E may work properly I preferably provide a pair of guide flanges 49 projectin upwardly from the plate 48 and having arcuate edges 50 which maintain proper bearing engagement with the front face 35 of bulkhead 35.

The means F provided for ejecting folders from the magazine so that they are fed from the magazine through the passage 43 to project from the front of the case so that they can be gripped and removed by a person operating the machine includes one or more ejectors 5|, mounting means 52 for the ejeotors, and means 53 normally yieldingly urging the ejectors against the lowermost folder in the magazine. In the particular form of the invention illustrated I have shown two ejectors 5| each in the form of a finger 54 with a hook head 55 at its forward or outer end and with its inner or rear end carried by the mounting means 52 through a pivot pin 56. The heads 55 of the fingers operate in longitudinally dis-' posed slots 58 provided in the bottom 40 of the magazine and continuing forward into the extension 4| of the bottom. In the preferred arrangement the fingers 54 are spaced apart horizontally as clearly shown in Fig. 9 of the drawings.

When the fingers are in the withdrawn or retracted position as shown in Fig. 7 the hookheads of the fingers are rearward of the free edge 50 of the coupon leaf of the lowermost folder in the magazine so that hooks 6| on the heads will engage the edge 60 of this coupon leaf upon the fingers being moved forward or toward the front ll of the case. When the machine is operated the fingers 54 move forward from the position shown in Fig. 7 to an advanced or operated position such as is shown in Fig. 14 where the leaf I that has been engaged by the hooks has been advanced horizontally forward through the passage 43 to move the folder of which it is a part to a position where it projects somewhat forward from the case as illustrated in Fig. 14. From the forward or projecting position shown in Fig. 14 the folder is .accessible and the operator can readily withdraw it from the machine. As the fingers are retracted or moved from the position shown in Fig. 14 to that shown in Fig. 7 the hookheads drag rearwardly beneath the lowermost folder in the, magazine and finally returns to a position ready to be again advanced into engagein the magazine.

The mounting means 52 for the fingers 54' may involve a single pivoted arm, 10, the upper end of which is pivoted in a fixed position in the upper portion of the case by a pivot pin ll while its lower end portion. carries the pivot pin 56 to which the fingers are attached. The pivot pin H is carried between the upwardly projecting portions b of the frame plates 3| and 32 and, the arm It depends from its point of pivotal support in the upperportion of the case to thelower portion of the case where it carries the pin 55 in substantial alignment with the bottom of the magazine. Bythus relating the parts-the arm: 10 is of considerable length and' consequently as it operates between the positions shown in "Figs. 8 and 14 there is little vertical movement of the pivot pin 56 and consequently a negligible tilting of the fingers 54.

The means 53 included in means F serves to normally yieldingly urge the fingers 54 upwardly erable member 15 at the exterior of the machine 5 and an operating shaft'lli extending into the machine, as shown in Fig; 6 of the drawings. The manual operating member 15' may be a simple lever such as I have shown in'Figs. 1, 5 and; 6v of the drawings and this lever may be fixed to the shaft 16 so that when the lever is swung the shaft is positively rotated; In the drawings I have shown the shaft rotatably supported in a bearing 11 carried by plates '30, and 31 of the frame C.

The drive H for the ejector'means F provides a a connectionbetween the shaft 16 of means G and the arm 10 that carries the ejector fingers 54. The means H as'shown in the drawings involves, generally, a lever arm fixed to shaft 16 and a drive pin 8| projecting from the ejector arm 10 to extend into a radial openingor guideway 82 providedinthearmfifl. The opening or guideway 82 is of. considerable extent radially of the arm 80 and may be formed by notching the arm from its outer end as shown in the drawings. The cooperative engagement of the drive pin 8! with the notchedarm. 80 is such that when the arm 80- is carried around, with the shaft 16 the arm 10 of the ejector means is operated with consequent operation of theejector fingers. It is to be observed that the width of the n0tch'82 exceeds the diameter of the drive pin with the result that there is slack or play in the drive just'described allowing the shaft Hi to move somewhat before the arm 10 is picked up and moved, aswillzbeclearly understood from an examination of Fig. 13 of the drawings, where the shaft 16: is shown partially rotated, whereas no movement of arm 10 has yet occurred.

The means I-I further includes stop means positively limiting the travel of I arm 80, the permitted travel being'such as to allowfull operation of the ejector" means- F. In the preferred form of my invention the stop means is provided by forming the arm" 80; on a disc 83 'on shaft 76 and by offsetting the arm in-a -direction axial of the shaft sothat it enters or projects through or into an arcuate; aperture 85 provided in plate 3!. The end-88 of aperture '85 stops'the arm 88 in its retracted or=unactuated position while the end 8-! stops the arm 80 in its. fully operated position, thesepositions-being shown in Figs. 8 and 14, respectively.

The marker J in accordance with my invention is located in the case B between the front ll of the case and the magazine 'D and it operates to print on or to apply animpression to each folder issuing from the machine. The marker is located to operateon each folder as the folder passes over the-extension 4| of the magazine or passes through the passage 43 hereinabove described; In the particular 'machine illustrated the primary purpose of 'the marker J is to stamp upon each folder issuing from'the machine the time of issue andconsequently I employ or provide a marker involving a timing device. The marker or printer that maystamp or print as is the case in Figs. Ltd 14," or which may stamp or perforate as shown in Figs; 15

. to 17 may be a standard or typical electrically operated mechanism and whenI refer to marking I mean to include printing perforating, or any like or similar means of marking.

In the form of the invention illustrated in Figs. 1 to 14 of the drawings I have shown a standard or typical electrically operated time stamping mechanism the principal working parts of which are housed in a case-90, the mechanism being driven electrically through a line 96. My present invention is not concerned in any way with the details of-the time printer and I may in carrying out" the invention use time printers of different forms or types. In the case illustrated I have shown-a timeprinter in which the printing plate is formed'by a plurality of rotatable discs 9| carried on a shaft 92 while an inking ribbon .93 is fed across the face of the printing plate and a platen 94- is operable to cooperate with the plate; In theparticular arrangement illustrated the disc type printing plate above mentioned; is located immediately above the extension 41 of the magazine between orabove the guard plate 42- above described while the platen 94 in its unactuated position is immediately belowthe'plate and the extension M of the magazine bottom 46.

The extension ll and the guard platen; have registering apertures 95 and 96 where the platen 94 opposes the printing plate of. the marker so that the platen may be worked or operated upwardly toward the plate to cause afolder. A located between the platen and the plate to be moved into printing engagement with the plates, this latter operation being performed. with. sufiicient force to cause. transfer of thematerial l3 from leaf it to leaf II. It is to beunderstood that the ribbon occurring between the plate and the top of the folder beneath the plate supplies ink so that permanent printingSB is. applied to the top of the leaf Hi. Printing 99 applied to the coupon leaf I I through the transferable material is shown in Figs. 2 and 4 of the drawings. It is to be understood that with the. type of marker illustrated in Figs. 1 to 14 of'the drawings the several discs 9! of the plate are from time to time rotated or advanced through suitable drive means (not shown) incorporated in the case so that the printed record applied to each folder 9 as it issues from the machine gives the time of issue. The particular printing mechanism illustrated in Figs. 1 to 14 of the drawings has a de pending operating lever I to be actuated each time the printer operates, which lever serves to advance the ribbon 93.

In the form of the invention illustrated in Figs. 1 to 14 the platen 94 is shown carried by arms IOI supported on a fixed pivot shaft I02, the arms being horizontally disposed, as clearly shown in Fig. 12 of the drawings. The plate of the printer being constantly energized through the feed line 90 so that the plate is always adjusted to print the correct time it is necessary to provide the drive means K for operating the platen 94 each time a folder is issued from the machine. The drive means K illustrated in the drawings includes, generally, a plate I fixed on shaft 16, a pivot pin I 06 projecting from the plate, a link I01 pivotally carried by the pin I06 and depending therefrom and having its lower end pivotally connected to a latch lever I03 by a pivot pin I09. The plate I05 is spaced somewhat from the disc 83 which is also secured to the shaft and the pivot pin I 06 is so located on the plate I 05 as to have considerable vertical movement when the shaft 16 is rotated through operation of the lever 15. The link I01 extends downwardly from pin I06 and is pivotally connected to the rear end of the long arm IIII of the latch lever I08. The latch lever I 08 is shiftably pivotally supported and has a short arm III in the forward end portion of the case beneath the extension M which short arm has a hook portion I I2 projecting from its forward end movable vertically as the latch lever is pivoted and movable horizontally as the latch lever is shifted.

The mounting that I have illustrated for the latch lever I08 involves brackets II3 projecting upwardly from the base I4 and a pivot pin H4 carried by the brackets and passing through a slot I I5 formed longitudinally in the latch lever I08. The engagement of the pin H4 in the slot I I5 allows the lever I08 to be oscillated or rotated about the axis of the pin and the slot allows the lever I 00 to be shifted longitudinally of the lever or in a substantially horizontally direction since the lever is located in the lower portion of the case and is substantially horizontal.

The drive K for the platen includes a rocker I pivotally supported by the pivot shaft I02 which extends rearward in the case. The rocker includes spaced depending lever arms I 2I and I22 connected to operate as a unit by means of a connectin plate I03. The rocker also includes a horizontally extending lever arm I04 which projects from arm I22. The shaft I02 being supported by parts 45 and 46 of the base to extend rearwardly in the case, the arm I04 extends transversely of the case and intersects the path of the hook head I I2 on the forward end of the short arm I I I. When the rear end of the long arm I I 0 is down and the latch lever I 08 is in a forward position where it is normally yieldingly held through the action of a spring I23, the head I I2 overlies the upper edge of arm I04. With the parts in this position upward movement of the outer or rear end of lever arm I I0 causes the latch lever I00 to rock about pin II4 moving latch II2 downward and consequently moving the lever I04 down. When the lever I04 has been moved to its down position rearward shifting of the latch lever I08 as indicated by the arrow X in Fig. 7, and as permitted by the slot I I5 cooperating with pivot pin II4, causes the latch head 10 I I2 to be withdrawn from the lever I 04, as shown in Fig. 14.

A helical tension spring I30 is connected to the lower end of the lever arm I22 and is anchored at I 3|. 7 This sprin is put under tension as lever !04 is moved down and lever I22 is swung toward one side of the case. When the latch head I I2 is released from lever I04 the spring I30 swings the rocker I20 back toward its original or initial position. A pusher arm I32 projects from arm I04 to extend beneath the platen 94. The release of the lever I04 as above described is sudden, with the result that the pusher arm I32 engaged under the platen suddenly moves or throws the platen upwardly causing it to strike against the printing plate through the intervening folder and the inking ribbon 93. The rocker I20 is stopped in the position shown in Figs. '1 and 12 of the drawings by a stop ear I40 projecting from the base I4 and a cooperating stop ear I4I projecting from lever I22, these parts being shown in Figs. 7 and 11 of the drawings. A tension spring I42 may be connected between the platen. 94 and rocker I20 to hold the platen down in order to prevent a double impression of the printer.

The lever I00 of the printer provided for feeding the ribbon 93 is shown operatively connected with the rocker I20 through a rocker arm I carried on a pivot pin I5I which rocker arm has engagement with a projection I52 on the lever I00 and is pivotally connected to a connecting rod I53 slackly coupled to arm I 2I by a pivot pin I54 engaged in a slot I55 as shown in Fig. 12 of the drawings. Through this connection each time the rocker I 20 is operated, as above described, the lever I00 is operated to feed the ribbon 93.

The coin control mechanism L governs control of the mechanism hereinabove described and it may, in practice, involve any suitable coin control device suitably coupled or related to the operating parts that I have described. In the case illustrated the coin control mechanism L involves, generally, a coin receiving chute I the entrance of which is in register with the coin slot 26 in the riser 2 I. The chute I60 serves to deliver the coin to a coin selecting and ejecting device I6I located in the case between the riser 2I and the back I8 as shown in Fig. 5. A coin delivery chute I62 directs good coins from the mechanism I6I to a pocket I63 in the plate I05, while a discard chute I66 conducts coins rejected by the mechanism I6I to a return pocket I61 in the part made accessible by the notch 21 in the side of the hood of case B. The mechanism that I have provided includes a rocker carried by a pivot pin I08 which rocker has an arm I69 coupled to an operating spring I00, and has an arm I10 carrying a stop head HI and an operating roller I12. The arm I10 is located to be adjacent the plate I 05 and the roller I12 is carried on a pivot pin I13 projecting from the arm I10 so that the roller is in the path of a coin I14 located in the pocket I63.

The spring IE0 is attached to arm I69 and is anchored to plate 3| at I80, so that the arm I60 is normally urged upwardly while arm I10 is normally urged downwardly. When the arm I10 is in its down position the stop head I1I is in the path of a stop shoulder I 8| on the disc 83, the stop shoulder I M being adjacent th stop head I1I when the parts are in the normal unactuated position as shown in Fig. 8 of the drawings. Any attempt to operate the machine from the normal position shown in Fig. 8 without a coin I14 in pocket I63 will be stopped by the shoulder I8I engaging the stop head I H When there is a coin I14 in the pocket 163% shown in Fig. 7 movement of the plate I05 permitted by slack in the mechanism as above described causes the roller I'I2 to be lifted so that arm I70 is lifted, moving the stop head. I-II out of the path of the stop shoulder I 8I. In Fig. 13 of the drawings the coin is shown holding the lever I'ID in the released position where the disc 33 and plate I05 are free to be moved through operation of the manual lever I5 to cause full operation of the machine. As operation continues after lifting of the lever I'I-0 the disc I05 reaches a position where the coin I'I4, falls out of the pocket I63 into a coin. receptacle I90 located in the case immediately rearward of the magazineD.

As the mechanism is operated after having been released through the action of a coin as above described the rear end portion of the long arm IIB' of latch lever I06 is elevated to a position suchas is shown in Fig. 14 and when in this elevated P. sition a shoulder IHI provided on a lug I62 projecting upwardly from thearm I I0 is in the path of a pin I63 projecting from the plate I05. The engagement of the pin I93 with the shoulder 1.9! causes the latch lever I66 to be shifted rearwardly in the case, this movement being allowed by the link I01 and the pin and slot connection H6 and H5. The parts are arranged and proportioned so that the latch lever I08 is shifted rearwardly to disengage the head II2 from lever I'04 at the time that it is desired to apply the marking or printing to the folder being dispensed from the machine. It is to be understood that when the stamping mechanism or the platen of the. printing mechanism is released the folder to be marked or printed upon is being advanced through the passage 43. The action of the platen, however, is rapid, being under the. influence of the spring I30 so that the printing is done The mechanism that I have provided includes a return means 200 preferably in the form of a helical tension spring 20I anchored to the base M at 262 and connected to the plate I05 at 203. As the mechanism is operated from its normal position as above described, the spring 20l is tensioned and as soon as the operation has been completed and the manual lever is released the spring 20I returns the plate I05 to its normal unactuated position with consequent return of the various parts of the mechanism to their normal unactuated position.

Myinvention further provides means to check retraction of the mechanism after it has started operation until such time as the operation has been completed. I preferably provide a ratchet means 220 which may involve a pawl 22I carried by a pivot pin 222 mounted on plate 3|. The pawl cooperates with suitable ratchet teeth 223 provided in the periphery of disc 83 the pawl and ratchet teeth being 7 related so that the teeth ratchet beneath the pawl as the mechanism is operated checking reverse or return movement of the mechanism. A spring 224 normally yieldingly urges the pawl into cooperative engagement with the teeth of the disc 83. I preferably locate the first tooth 223 of the ratchet means 220 so that when it has been engaged the stop shoulder I 8 I moved beneath the latch head I II so that even though the latch head is dropped or returned by 12 dischargeof the coin forward movement of the mechanism-is not checked.

Release means is provided in connection with the ratchet mechanism 220 so that the pawl I2! is moved out of operating position upon the mechanism as a whole being moved to its fully operated position. This release means involves, generally, a release arm 230 carried by the bearing "I1 adjacent plate 3I. A shaft 23I is carried in a central opening 232 provided in the bearing TI to Support the inner end of shaft I6. The outer end of the release arm 230 is provided with a cam face 233 positioned to cooperatively engage a-cam face 234 on a lug 250 located on the pawl. 2,2,1. The release arm 230 is free to move or rotate independently of the disc 83 and it is operated by spaced operating pins 2 10 and 2: projecting from :the disc 63. A support or rest 223 normally holds the stop arm 256 in position readyjfor operation.

,As-themcchanism'is operated the pin 266 advances toward the release arm 236 and as the operation of the mechanism moves to completion the pin .240 engages the arm 230 and moves it from the position shown in Fig. 13 to that shown in Fig. 14, during which time the cam face 233 of the arm cooperates with the cam face 234 of the pawl causing the pawl to be moved in the direction indicated by thearrow Y in Fig. 14, disengaging the pawl from the teeth 223. The end 25I of the arm 230 engages the lug 256 holding the pawl disengaged from the teeth. As the mechanism is returned from the fully operated position to thenormal unactuated position the pin 2M on disc 83 moves toward the arm 230, and as the mechanism finally approaches the normal position the pin 2 engages and operates the arm 230 disengaging the arm 236 from the lug 250.

The lockout means M serves to close the machine against operation when the supply of folders has been exhausted from the magazine D. The means M, .as shown in the drawings includes, generally, a finger 260 projecting from a shiftable rod' 26 I to normally engage under the stack orsupply S of folders as shown in Fig. 8. The finger engages the folders or the lowermost folder through a slot 262 in the bottom 40 of the magazine. The rod 26I is slidably carried in'guideways 263 and extends upwardly in the case to: the vicinity of the coin slot 26 in the riser 21. At this point in the case the rod 26l is pivotally connected to an arm 265 of a bell crank which has an arm 266 positioned to enter and occupy the" coin slot 26 when the rod 26I is al- 7 lowed to move upwardly under the influence of a spring 261. The spring 261 is a light, helical tension spring having suflicient strength to counterbalance the weight of the rod 26I and the operating parts connected therewith and to cause the finger to normally yieldingly bear upwardly against the lowermost folderin the magazine without, displacing the folder or lifting it from its proper operating position in the magazine. When the last folder has been dispensed from the magazine the finger is free to move up through the slot 262 and therefore the rod 26I is free to be'moved up by the spring 261 moving the arm 266 of the bell crank coupled to the rod 26I into position to close the coin slot 26. If the plate 148' of means E'is such as to overlie the finger 260 the plate Will be provided with a notch 210 to freelyzpass the finger.

The particular coin segregating mechanism I6I shown in the drawings is such as to elimihate or separate bogus, defective or improper coins from those intended to operate the machine and such coins are dispensed from the mechanism I6I into the chute I66 by operation of a return button 280 located at the top step part 20 of the hood.

It is to be observed that the various working parts of the mechanism hereinabove described are grouped together within the case adjacent the side 22 of the case where the operating lever is located. The deposit slot or opening 25 in the top step of the hood is located adjacent the other side of the case so that coupons I I inserted through the slot 25 strike a guide baffle 28I located between the riser 2I and the back I8 of the case, which guide baffle 28I directs the coupon into a coupon receptacle 282 located adjacent the outer side of the plate 32 of frame C. Side plates 284 may be provided in connection with the guide baffle 28! to direct the coupons deposited through opening 25 so that they are stacked neatly in the receptacle 282 as shown in the drawings.

The guide 28I located between the deposit opening and the receptacle is shaped as shown in the drawings, so that as applications or conpons are deposited through the opening they are stacked neatly and one above the other in the receptacle, thereby establishing the order in which these coupons have been deposited in the machine and serving as a check against fraud. It will b apparent that the owner of the machine may so handle the deposited coupons as to maintain them in the deposited order, for instance, they may be stapled, glued, bound, or otherwise fixed together either permanently or semi-permanently following their removal from the machine.

In the form of my invention illustrated in Figs. 15 to 17 of the drawings the general form of the machine remains the same as hereinabove described except for those parts concerned with the means F, J, and K. The marker J that I have shown in Figs. 16 and 17 is a perforator and not a printer as above described and it may involve a standard or typical electrically operated time perforating or stamping mechanism the principal parts of which are housed in a case 296, the mechanism being driven electrically through a line 290*. The perforating device illustrated has a plurality of punch discs 29I carried on a shaft 292 located above the extension ti of the magazine in the same manner as the discs SI of the time printer of means J. A die plate 293 is car ried by suitabled brackets 294 to occur beneath the folder as the folder moves through passage 53 and the die plate in accordance with structure common to this type of device has suitable holes which register with the punches of the discs 29L A plurality of holes occurs on the die plate in a uniform grid like pattern and the punches of each disc 29I cooperate with certain of the holes in a manner to punch the desired symbols or markings in the folder. In Fig. 15 I have shown a folder A having typical perforated symbols punched therein, and it will be obvious that as the punches cooperate with the die plate they pass completely through the folder A and consequently the perforated symbols or markings are applied to both leafs lit and II of the folder. A transferable material is not required in this form of my invention.

The means K shown in Figs. 16 and 17 of the drawings operates the means J to stamp the folder A as the folder moved through the passage 43. The shaft 2920f means J is carried on a rocker 295 pivotally mounted in the case 2923 by a pivot pin 2%. The shaft 292 is carried by spaced arm portions 29? of the rocker. The means K involves generally an operating lever 306, an operating shaft Si l and a trip means 392. The lever 30!] is a simple lever pivotally carried by a pin 3631 supported by e, bracket 3% from the base I4 and has an arm 3% extending forward and terminating beneath the rocker of the means J, and has an arm 30'! extending rearwardly to be engaged by the trip means 352. The rocker has a lever portion 308 coupled to the arm 335 by a link 3 I II.

The trip mechanism 392 is operated from plate I by an arm 3H projecting from shaft 3I2 of the trip mechanism and a link Sit connecting arm 3I I to the plate through a pin 3M. A latch M5 is pivotedon arm 33B carried by shaft 3I2, by a pivot pin 32% and has a shoulder 32I normally engaged with the end of the arm 35?. A cam surface 322 on the latch cooperates with a fixed pin 323 so that when shaft 3I2 is turned in the direction indicated by the arrow in Fig. 16 the latch is moved away from arm Sill releasing the arm so it is operated by spring 325. A spring 326 normally urges the latch 32 I 5 to a position to engage arm 39?.

The means F illustrated in Fig. 16 is substan tially the same as the means F hereinabove de scribed. In this form of my invention the ejector fingers 335 are telescoping parts yieldingly held in an extended position as shown in Fig. 1G by a spring 336. The fingers 335 have base portions 331 carrying spaced pins 338 and have extending portions 335 having suitable slots or guideways 34!! cooperating with the pins 338 to secure the portions together in slidable engagement. Lugs project from portions 331 and 33% and are coupled together by spring 336 to yieldingly hold the portion 339 in an extended position. When the perforations are being applied by the means J the means F above described allows the folder A to halt momentarily while the perforations are being applied.

From the foregoing description it is believed that the operation of the machine will be fully understood. A person attempting unauthorized operation of the machine is checked through the mechanism that I have described. However, when a proper coin is placed in the coin slot 25 it is handled by the coin mechanism to be deposited in the pocket provided in the plate I85. With a coin in the pocket of the plate ms the machine can be fully operated and as it is operated the lowermost folder in the magazine is dispensed from the magazine to a position such as is shown in Fig. 14, so that the operator can readily withdraw the folder from the machine. When the operating lever is released the means 209 returns the mechanism to the initial or unactuated position ready for a, second operation. The person receiving the folder A may place it upon the lower step of the hood to conveniently write upon any parts requiring to be filled out, and the coupon portion II of the folder may be detached from the large leaf or portion In and when detached the leaf II can be conveniently inserted in the opening 25 to be conveniently stacked in the receptacle 282.

It will be apparent that all of the working parts of the mechanism, as well as the magazine coin receptacle and coupon receptacle are readily accessible when the hood of the case is detached from the base and removed therefrom.

Having described only typical preferred forms and applications of my invention, I do not wish to be limited or restricted to the specific details herein set forth, but wish to reserve to myself any variations or modifications that may appear to those skilled in the art and fall within the scope of the following claims.

Having described my invention, I claim:

1. In a machine of the character described, a printer including two cooperating elements one shiftabl'e relative to the other, a spring actuated rocker normally urged toward the shiftable ele ment to move it toward the other element, and a slidably pivoted latch lever engageable with the rocker pivotally movable to retract the rocker and shiftable to release the rocker for operation of the shiftable printer element.

2. In a machine of the character described, a printer including two cooperating elements one shiftable relative to the other, a rocker pivotally mounted to engage the shiftable printer element, a spring normally yieldingly urging the rocker toward said element, a latch lever engageable with the rocker, means slidably pivotally supporting the lever, means rocking the lever to retract the rocker, and means shifting the lever out of engagement with the rocker when the rocker is retracted releasing the rocker to move the said element.

3. In a machine of the character described, a printer including two cooperating elements one shiftable relative to the other, a spring actuated rocker normally urged toward the shiftable element to move it toward the other element, a slidably pivoted latch lever engageable with the rocker pivotally movable to retract the rocker and shifta'ble to release the rocker for operation of the shiftable printer element, drive means including a manually rotated member, a crank mechanism operatively connecting the rotating member and the latch lever to oscillate the latch lever from the rotating member, and a part operated by the rotating member shifting the latch lever to release it from the rocker when the rocker is retracted.

4. In a machine of the character described, a printer including two cooperating elements one shiftable relative to the other, a spring actuated rocker normally urged toward the shiftable element to move it toward the other element, a slidably pivoted latch lever engageable with the rocker pivotally movable to retract the rocker and shiftable to release the rocker for operation of the shiftable printer'element, drive means including a manually rotated. shaft, a plate driven by the shaft, a link pivoted to the latch lever and pivoted to the plate offset from the shaft so the latch lever is turned when the shaft is rotated, and cam means driven through the plate shifting the latch lever and releasing it from the rocker when the rocker isretracted;

5. In a machine of the character described, a printer including two cooperating elements one shift'able relative to the other, a spring actuated rocker normally urged toward the shiftable element to move it toward the other element, a slidably pivoted latch lever engageable with the rocker pivotally movable to retract the rocker and shiftable to release the rocker for operation of the shiftable printer element, drive means including a manually rotated shaft, a plate driven by the shaft, a link pivoted to the latch lever and pivoted to the plate offset from the shaft so the latch lever is turned when the shaft is rotated, aprojection on the latch lever, and a member projecting from the plate and engaging the projection to shift the latch lever out of engagement with the rocker when the rocker is retra'cted.

CHESTER A. ERICK.

REFERENCES CITED The following references are of record in the file of this patent.

UNITED STATES PATENTS Number Name Date 523,384 'Iirrell et a1. July 24, 1894 640,963 'Sibley Jan. 9, 1900 873,936 Ford et al Dec. 17, 1907 923,085 Smith May 25, 1909 1,011,319 Church Dec. 12, 1911 1,014,016 Melchert Jan. 9, 1912 1,110,034 Baldwin Sept. 8, 1914 1,185,045 Barill May 30, 1916 1,186,887 Cooley June 13, 1916 1,268,564 Grover June 4, 1918 1,344,909 Lederman June 29, 1920 1,506,491 'Kline Aug. 26, 1924 1,540,715 Riikonen June 2, 1925 1,831,429 Swearingen Nov. 10, 1931 r 1,886,425 R'awitzki Nov. 8, 1932 2,103,367 Hoban l Dec. 28, 1937 

